Fire-Free

This is a mobile application for helping the firefighters to rescue the victims on time. It has two parts: hardware and software. The hardware part will be sold by the firefighters to the users and registered the mac address along with user details through this application. So whenever there are gas leakage or set fire in any houses then instantly the notification will come to all the firefighters whoever has this application and then they can take necessary actions, if the incident has been solved by the fire service then they can set the incident as solved. Its notification has the coordinate of the registered user's house which was instantly sent by the hardware part. The hardware part has the capability to send coordinates and the MQ-2 sensor data to the central fire service database. Even it can play alarm locally in the house.

Objectives

• Software
  • Has account for every firefighter who has smartphones.
  • Can sell fire-free hardware from the application.
  • Show all the solved and unsolved notifications from the hardware part.
  • Can show the victim's house on google map and routes from fire service office to the victim.
  • Can download the user's current hardware data as .pdf from the application.
  • Can show the info of the firefighters whoever served customers or sold hardware to the customer.
  • Firefighters can edit their profile.
• Hardware
  • It can send MQ-2 sensor's data.
  • GPS data like date, time, latitude, longitude, altitude.
  • Can send fire-free hardware's mac-address.
  • It has to be PCB compact circuit not exactly like production build but similar.

Technical Challenges

• Combine hardware and software(mobile application) with each other and build an IoT solution.
• Make an API which will be the middleware between hardware, software and database.
• Build a complete library with C++ for the whole PCB.
• Make all the password related works encrypted.
• Design NoSQL schemas for every database for mongodb and connect them with mac-address as primary key.

Disadvantages

• PCB is handmade so it won't be suitable for production purpose.
• Registration and Login page are not that much good.

Software

Installation and Run

• Frontend

  • To install run:

    npm install
    

  • To run on development mode (it will run in http://localhost:4200 by default):

    npm run start
    

  • To build on production mode (it will run in http://localhost:4200 by default):

    npm run build
    

• Backend

  • To install run:

    npm install
    

  • Rename .env-example to .env

  • Edit the DATABASE_URL and Database Name, collections name variables of .env-example as your choices.

  • To run development server (it will run in http://localhost:3000 by default):

    npm run dev:server
    

  • To run server (it will run in http://localhost:3000 by default):

    npm run server
    

    N.B. you have to install mongodb and configure mongodb database as mentioned in *.env-example* file.

Screenshots

Hardware

PCB schematics and photos will be updated soon...